This course provides students with the opportunity to develop their logical thinking ability and apply these skills to solving problems through the use of computer programming. It examines the theoretical use and application of computing as well as its legal, social, and ethical ramifications.
- GCSE grade 6 or above in Computer Science AND a grade 6 in Mathematics. - Where GCSE Computer Science has not been studied you must be able to prove your ability is equivalent to GCSE grade 6, by demonstrating a good level of computer skills, including writing programs in text-based language.
Paper 1: Programming and algorithm design as well as some theoretical knowledge. Students will develop their problem-solving skills and logic based on computer science theory before furthering their programming ability by implementing algorithms using Python* following a systematic approach to problem-solving. 40% of A-level, 2hrs 30m on-screen exam. Paper 2: Fundamentals of computing. Students will study number systems, data structures, computer architecture, networking, the internet, and the ethical and legal consequences of computing. Students will also learn about databases, Big Data, programming paradigms, and logic. 40% of A-level, 2hrs 30m written exam. Non Exam Assessment: Coursework. Students will undertake a substantial problem-solving project using the skills and knowledge they have gained through the course. 20% of A-level. Most students find this a challenging but very fulfilling part of the course.
About Education Provider
| Region | East Midlands |
| Local Authority | Lincolnshire |
| Ofsted Rating | |
| Gender Type | Co-Educational |
| Address | West Street, Horncastle, LN9 5AD |
This course provides students with the opportunity to develop their logical thinking ability and apply these skills to solving problems through the use of computer programming. It examines the theoretical use and application of computing as well as its legal, social, and ethical ramifications.
- GCSE grade 6 or above in Computer Science AND a grade 6 in Mathematics. - Where GCSE Computer Science has not been studied you must be able to prove your ability is equivalent to GCSE grade 6, by demonstrating a good level of computer skills, including writing programs in text-based language.
Paper 1: Programming and algorithm design as well as some theoretical knowledge. Students will develop their problem-solving skills and logic based on computer science theory before furthering their programming ability by implementing algorithms using Python* following a systematic approach to problem-solving. 40% of A-level, 2hrs 30m on-screen exam. Paper 2: Fundamentals of computing. Students will study number systems, data structures, computer architecture, networking, the internet, and the ethical and legal consequences of computing. Students will also learn about databases, Big Data, programming paradigms, and logic. 40% of A-level, 2hrs 30m written exam. Non Exam Assessment: Coursework. Students will undertake a substantial problem-solving project using the skills and knowledge they have gained through the course. 20% of A-level. Most students find this a challenging but very fulfilling part of the course.